Designing technology that aligns with human capabilities and limitations.

Developing artificial intelligence systems that mimic human behavior.

Creating virtual reality environments for immersive experiences.

Optimizing manufacturing processes for increased efficiency.

Task analysis: breaking down tasks into their component steps to identify human capabilities and limitations.

Cognitive ergonomics: designing systems that minimize mental workload and optimize decision-making.

Physical ergonomics: designing systems that fit human physical characteristics and prevent discomfort.

All of the above.

To make technology more aesthetically pleasing.

To ensure that technology meets specific functional requirements.

To optimize technology for high-performance computing.

To design technology that is easy to learn, use, and navigate.

Heuristic evaluation: using a set of usability principles to identify potential problems.

Cognitive walkthrough: simulating a user's thought process while interacting with a system.

A/B testing: comparing different versions of a design to determine which is more effective.

Focus groups: gathering feedback from a small group of users.

Human Factors engineering.

Cognitive psychology.

Error analysis.

Human-computer interaction.

Slips: unintentional actions due to inattention or distraction.

Mistakes: errors in decision-making or planning.

Lapses: forgetting to perform an intended action.

Violations: intentional deviations from prescribed procedures.

To design systems that minimize physical strain and discomfort.

To optimize the physical layout of workstations and equipment.

To reduce mental workload and optimize decision-making.

To improve the aesthetics and visual appeal of technology.

Using clear and concise language in user interfaces.

Providing users with multiple ways to perform the same task.

Minimizing the number of steps required to complete a task.

All of the above.

Physical ergonomics.

Cognitive ergonomics.

Human Factors engineering.

Usability engineering.

Repetitive motions.

Awkward postures.

Excessive force.

Exposure to extreme temperatures.

Inclusive design.

Universal design.

Accessible design.

All of the above.

Providing multiple ways to interact with technology.

Using clear and simple language.

Minimizing the number of steps required to complete a task.

Designing for a specific disability.

Field studies.

Laboratory studies.

Observational studies.

Experimental studies.

Direct observation.

Interviews.

Surveys.

Focus groups.

System evaluation.

User evaluation.

Task evaluation.

All of the above.